Automatic vacuum electrolyte filling device

Abstract

The invention discloses an automatic vacuum electrolyte filling device comprising a rack body, a vertical beam, a numerical control platform, a vacuum filling head, a numerical control computer system touch screen, an electrolyte hopper and a battery installation fixture. The bottom end of the vertical beam is perpendicularly connected with the rack body, the battery installation fixture is installed on the top end of the rack body, the battery to be filled is installed on the battery installation fixture, the top end of the vertical beam is connected with the numerical control computer system touch screen, the vacuum filling head is connected with one end of the numerical control platform, and the electrolyte hopper is connected with the other end of the numerical control platform. According to the device provided by the invention, the stable and reliable two-dimensional numerical control platform is used for achieving motion positioning of the filling head, and filling of the electrolyte with precision less than 0.5ml is automatically completed; information such as battery pack size parameters and capacity of the electrolyte to be filled into the single battery can be input via the computer system touch screen of the device, and position computation of each filling hole is achieved by using a computer.

Description

technical field [0001] The invention belongs to the technical field of electrolyte filling, and relates to an automatic vacuum filling device for electrolyte. Background technique [0002] With the rapid development of electronic products, batteries play an increasingly important role in life. However, many large-scale manufacturers have low efficiency in producing batteries. Although they have entered the electronic era, numerical control era, and computer era, many products still use the previous manual production method in the production process. Traditional battery production relies on manual filling of electrolyte, which has low production efficiency and low precision, and cannot grasp the capacity and level of filled electrolyte in real time. The battery products produced may be far from meeting the requirements of the international market. Therefore, there is a need for a battery electrolyte automatic filling device, which can automatically realize vacuum filling of...

AI Technical Summary

Problems solved by technology

However, many large-scale manufacturers have low efficiency in producing batteries. Although they have entered the electronic era, numerical control era, and computer era, many products still use manual production in the production process.

Traditional battery production relies on manual filling of electrolyte, which has low production efficiency and low precision, and cannot grasp the capacity and liquid level of filled electrolyte in real time.

The battery products produced may be far from meeting the requirements of the international market

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